Intel moved in the direction of a hybrid structure in recent times, providing desktop processors with a mixture of efficiency and effectivity cores. Rumours have claimed that AMD will finally do the identical and now, we’ve our first piece of proof of that. New CPU-Z screenshots seem to indicate an AMD Strix Point processor in operation.
Performancedatabases (through VideoCardz) says that it has the primary screenshots showcasing a working AMD Strix Point APU. In one of many footage, we see CPU-Z working, but it surely would not totally recognise the CPU. Still, it might let you know which instruction set is appropriate and the way large the CPU is. On the opposite hand, the HWiNFO picture reveals that the processor in query is a Strix (Point?) chip based mostly on the 4nm course of node with a 45W TDP.
Image credit score: PerformanceDatabases
The HWiNFO image specifically additionally reveals a couple of particulars about clock speeds, but it surely’s clear that the info is improper. Not solely does it present a minimal and increase clock velocity of 6.375GHz, but additionally a base clock velocity of 8.8GHz, which does not make a lot sense. Still, it is vital to notice that the knowledge learn by HWiNFO suggests the upcoming chips will assist AVX2 and AVX512 directions.
Moreover, the images allow us to see that the CPU has 4 Zen5 cores and eight smaller Zen5c cores. Both sorts of cores enable hyper-threading, one thing that Intel’s E-cores do not. Also, it appears like the dimensions of the L1 knowledge cache is 48KB per core, whereas the dimensions of the instruction cache is 32KB per core. Also, every P-core has 1MB of L2 cache, whereas the E-cores appear to be grouped in clusters of 4 cores, with every group sharing 1MB of L2 cache between themselves. The quantity of L3 cache on each packages contradicts one another, with CPU-Z displaying 16MB and HWiNFO displaying 8MB.
KitGuru says: These two screenshots again up the concept Strix Point APUs are presently being examined. However, it is vital to notice that these CPUs are nonetheless engineering samples, and as such, it’s going to take a while earlier than we see them working on any commercially accessible gadgets.
